Electrical system assembly of electric automobile and energy system and actuating device thereof

Abstract

An electrical system assembly of an electric automobile includes an energy system, a power system, and an instrument system. The energy system includes a battery module and a management module for managing the battery module; the power system includes a motor and a controller; the battery module includes a number of storage batteries connected in series and a solar panel for charging the storage batteries; and the storage batteries provide energy to the controller, controlling the motor through the controller. There is communication between the management module, the controller and the instrument system, thereby each of these is capable of knowing the working status of the other two, thus facilitating coordination and enabling a powerful protection function for the electrical system assembly of the electric automobile.

Description

BACKGROUND[0001]1. Technical Field[0002]The present disclosure relates to an electrical system assembly of an electric automobile, and an energy system and an actuating device thereof.[0003]2. Description of the Related Art[0004]In modern lives, people are paying more and more attention to automobiles. Except for a few electric automobiles and hybrid electric automobiles, the vast majority of the automobiles employ fuel engines or gas engines as their power source which causes tremendous environmental contamination. Besides, with less and less energy, the fuel prices thereof are getting higher and higher, which causes the use costs of such automobiles are more and more expensive.[0005]Generally, the electric automobile includes an electrical system assembly which is provided with batteries. The electrical system assembly of the electric automobile includes functional units of an energy system, a power system and an instrument system etc. The electric automobile may also include a so...

AI Technical Summary

Benefits of technology

Enhances protection and coordination between system units, optimizes energy utilization, and prevents battery deterioration by timely addressing anomalies and utilizing regenerative energy, thereby improving the overall efficiency and longevity of the electric automobile's energy system.

Problems solved by technology

As a result, the certain functional unit usually continues to deteriorate or simply disconnects the circuit.

Besides, the current technologies lack of an energy feedback system, the energy wasted during the vehicle driving cannot be used to supplement the batteries as a result that the energy cannot be fully and effectively exploited.

Furthermore, since each battery itself typically is composed of a plurality of single cells connected in series with each other, the whole energy supply of the electric automobile may suffer a serious problem if one of the batteries experiences a malfunction.

If once a certain battery experiences a problem and it is not timely discovered and protected by the automotive system, the certain battery which has already experienced the problem is very likely to suffer further deterioration and finally to be broken.

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